Scan overnight test logs; flag any failed signal measurements for the day.
Sync with hardware and software teams. Surface blockers, assign today's bench slots.
Run antenna propagation models in HFSS; decide if results are solid enough to build.
Hook up spectrum analyzer; measure real signal against the simulation predictions.
Trace a dropped-signal bug — outside interference or own circuit flaw? Isolate and confirm.
Walk antenna placement tradeoffs with the team; performance vs. size and power budget.
Verify latest design revision meets FCC limits and 5G spec requirements.
Document test results and share findings with hardware and software teammates.
- Design antenna and circuit systems that send and receive wireless signals.
- Run simulations to predict how radio waves will behave before building anything.
- Hook up spectrum analyzers and test gear to measure real-world signal performance.
- Hunt down interference problems causing dropped signals or poor reception.
- Tune antenna placement and power levels to squeeze out better coverage.
- Is this signal problem interference from outside, or a flaw in my own design?
- Should I push for better performance here, or accept the tradeoff to meet the size and power budget?
- Do my simulation results trust enough to build hardware, or do I need another round of modeling?
- Is this antenna placement good enough for real-world conditions, or just ideal lab conditions?
- Should I design for the current wireless standard, or future-proof this for what's coming next?
Electrical and electronics engineers design, develop, test, and supervise the manufacturing of electrical equipment and electronic systems. They work on everything from massive power generation systems to tiny microchips, creating the technology that powers our modern world.
Avionics engineers design, develop, and maintain the electronic systems used in aircraft, spacecraft, and satellites. They work at the intersection of electrical engineering and aerospace technology, creating the sophisticated systems that control navigation, communication, flight control, and monitoring functions in modern aviation.
Signals Intelligence (SIGINT) Analysts collect, analyze, and interpret electronic signals and communications to support national security and defense operations. These professionals work with cutting-edge technology to gather intelligence from various electronic sources, helping organizations make informed decisions about security threats and strategic operations.
